Hiroyuki Suda

Papers

Total Citations

H-Index

About

Hiroyuki Suda is a robotics researcher specializing in biped locomotion, with a particular focus on passive dynamic walking (PDW) and energy-efficient bipedal robot design. His work centers on advancing flat-footed walking systems as a practical and mechanically simpler alternative to the arc-shaped foot designs that dominate the field, addressing key challenges such as stability, speed, and energy consumption in humanoid locomotion. Suda's most notable contributions include the development of active walking robots that draw inspiration from passive dynamic walking principles, accumulating 20 citations, and a widely referenced analytical and experimental study on flat-footed passive dynamic walkers enhanced with ankle inerters, cited 18 times. His research on inerter-based ankle mechanisms represents a particularly innovative direction, demonstrating that strategically placed mechanical inerters can overcome the speed limitations inherent in ankle-elastic designs, enabling high-speed passive dynamic walking without sacrificing efficiency. With a cumulative citation impact across his key publications, Suda has made meaningful contributions to the robotics community's understanding of biomechanically inspired locomotion. His research is especially valuable for students and engineers seeking efficient, mechanically elegant solutions to bipedal walking that bridge theoretical dynamics and practical robot implementation.